Lithium-Ion Battery Safety - University / Academia / Research - Health and Safety Science and Research
In our lithium-ion-powered world, battery safety is crucial. Gas analyzers, like the GT6000 Mobilis, support research work preventing disasters caused by thermal runaway reactions. They measure gases such as carbon monoxide, hydrogen fluoride, and VOCs for accurate identification. The GT5000 Terra ensures safety for first responders and EV passengers by measuring gases at the exposure point. Type approval regulations like ECE-R100 and FTIR technology in GT5000 Terra align with safety mandates.GT6000 Mobilis – heated analyzer
Thermal runaway research
Off-gassing
Battery fire (Research)
Battery Recycling (crushing and solvent recovery)
Gas Detection in Logistics and Warehousing
GT5000 Terra – ambient analyzer
Type approval of EVs
Battery fire and People safety (First response)
Battery Recycling (worker safety, industrial hygiene)
CEMS II e
Battery Energy Storage Systems (BESS)
Battery recycling, driven by regulations promoting recycled materials, benefits from gas analysis during processes like crushing. The GT6000 Mobilis characterizes released fumes with its heated system. Worker well-being is ensured by the GT5000 Terra, which measures solvents and compounds in the air.
Battery Energy Storage Systems (BESS) safety, critical for storing renewable energy, relies on early gas detection. The CEMS II e system monitors up to 50 gases, meeting regulations like UK NFPA 855. Gas detection extends to logistics and warehousing, where the portable GT6000 Mobilis is suitable.